文档介绍：优质资料
安徽工业大学工商学院
毕业设计(论文)任务书
课题名称
基于力控的风光互补发电监控设计
专业
自动化
班级
自0941
姓名
学号
毕业设计主要内容及要求
一、毕业设计主要内容
1、熟悉风光互补发电系统
2、掌握力控组态软件
3、分析风光互补发电系统监控流程
4、运用力控实时监控风光互补发电系统
5、实验室离线调试
二、毕业设计论文要求
,字迹清晰,应有英文摘要;
2 论文要求对力控组态软件和风光互补系统有详细分析;
;
指导教师签字:
摘要
太阳能和风能是最普遍的自然资源,也是取之不尽的可再生能源。太阳能与风能在时间上和季节上都有很强的互补性:白天太阳光照好、风小,晚上无光照、风较强;夏季太阳光照强度大而风小,冬季太阳光照强度弱而风大。这种互补性使风光互补发电系统在资源上具有最佳的匹配性。另外,风力发电和光伏发电系统在蓄电池和逆变器环节上是可通用的。风光互补发电系统可根据用户用电负荷和自然资源条件进行最佳的合理配置,既可保证系统的可靠性,又能降低发电成本,满足用户用电需求。
本文使用的力控组态软件已经应用于电力、化工、石油、楼宇、水利、冶金、机械、食品等多个领域,本文以北京三维力控组态软件为基础开发了风光互补发电监测系统,实现了对风光发电参数和设备状态的实时监控、数据查询、对于工作现场的正常工作和远程监控起了重要保障作用。
关键字:力控组态软件风光互补发电系统组态监控
Abstract
Solar and wind energy is the mon natural resources, but also the inexhaustible renewable sources of energy. Solar and wind energy in time and season have very plementary to each other: good the sun during the day, small wind, night without light, the wind is stronger; The summer sun light intensity big, small wind, the sun light intensity is weak and windy in winter. plementarity makes wind-plementary system in resources is the best match. In addition, wind power and photovoltaic power generation system in the storage battery and inverter link can be universal. Wind-plementary system can according to user's electricity load and reasonable allocation of natural resources for the best, can guarantee the reliability of the system, and can reduce power generation cost, meet the needs of users.
In this paper, the Forcecontrol configuration software has been used in electric power, chemical, petroleum, building, water conservancy, metallurgy, machinery, food and other fields, this paper takes Beijing sunway configuration software is developed based on scenery power generation monitoring system, realized the scene generator parameter and equipment status real-time monitoring, data query, for the normal work of the job site and remote monitoring plays an important role.
Key words: forcecont